3094R-334KS

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Fixed inductors are electronic components that use the principle of electromagnetic induction to offer electrical energy storage or signal transmission through magnetic fields. The 3094R-334KS inductor is an efficient and versatile option for a number of different circuits and applications. This guide will discuss the application field and working principle of the 3094R-334KS inductor.

The 3094R-334KS inductor is an unshielded surface mounted device designed for various types of electronics. This inductor is most commonly used in power management orientated circuits, sine wave inverter designs, stepped-up or collapsed switching regulator designs, voltage conversion circuits, and hybrid circuits. In addition, the 3094R-334KS can also be used in RF communications, high-frequency telecommunications, high-frequency radio, and digital signal processing (DSP) applications. The inductor is capable of handling high frequencies with ferrite cores, lowered inductance profiles, low stray fields, and fast switching times.

The 3094R-334KS inductor operates by leveraging the laws of electromagnetic induction. The core of the device is made of ferrite and the coil is wound around it. When an varying electrical current is passed through the winding it produces a varying magnetic field that induces an electromotive force in the neighboring winding. This product is designed to efficiently reduce the interference of high-frequency signals with other signals and sound waves. In addition, the 3094R-334KS is self shielded in order to minimize the risk of cross-talk interference.

The 3094R-334KS features a temperature stability rating of 100C and an operating temperature range of between -40C to +100C. The inductor is designed to be highly reliable, with a maximum rated current of 2.0A and a maximum dielectric withstanding voltage of 10Vdc. Furthermore, the inductor is capable of achieving high energy storage and near immunity to RF radiation due to its efficient construction. The 3094R-334KS also comes with a low power consumption, high saturation flux density, and increased reliability due to its advanced design.

In conclusion, the 3094R-334KS is an effective choice of fixed inductor for a variety of applications and purposes. The inductor’s efficient construction allows for fast switching times, high energy storage, and low interference. In addition, the product is self shielded, features a temperature stability rating of 100C, and an operating temperature range of -40C to +100C. Lastly, the 3094R-334KS comes with a maximum rated current of 2.0A and a maximum dielectric withstanding voltage of 10Vdc.

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